Balanced corrugated mesh belt is a conveyor belt woven from metal wire with a special wavy structure. It is named for its unique "balanced" structure and "corrugated" shape.

Balanced wave mesh belt Main Structure and Features

1.Structural Components:

Corrugated Wire (Spiral Wire): Wires bent into a wavy shape form the "skeleton" of the mesh belt, determining its strength and shape.

Threading Wire: Straight wires run through the troughs of the corrugated wires, connecting and securing them together to form a complete mesh belt.

2.Key Features:

Smooth Operation and No Deviation: Thanks to the balanced, symmetrical weave, the belt maintains even tension on both sides during operation, significantly reducing swaying (left-right swaying) and deviation.

High Strength and High Load-Carrying Capacity: The dense corrugated structure provides strong support, enabling it to withstand heavy loads.

Excellent Breathability: The mesh structure ensures the free passage of air, liquid, or heat, making it ideal for processes requiring cooling, heating, cleaning, drying, or filtration.

Excellent Flexibility: Despite its high strength, it can bend in multiple directions, adapting to complex conveying paths such as horizontal, inclined, and curved.

Flat surface: It provides a relatively flat conveying surface, suitable for conveying small and bulk items.

Balanced wave mesh belt Main Application Areas

Due to their excellent performance, balanced corrugated mesh belts are widely used in various industrial fields, particularly in food processing and industrial manufacturing:

Food Industry: This is its largest application area.

Baking: Conveyor belts for ovens used for cookies, pizza, and bread. Good air permeability ensures even heat distribution, resulting in better baking results.

Cooling: Products emerging from the oven need to be cooled in cooling lines.

Frying: Frying lines for French fries and fried chicken.

Washing: Washing and pasteurizing fruits and vegetables.

Freezing: Conveying products in spiral freezers.

Glass Products Industry:

Used as annealing belts and cooling belts for glass bottles and cans, capable of withstanding high temperatures.

Electronics Industry:

Conveyor belts used in reflow and wave soldering equipment for printed circuit boards (PCBs).

Other Industries:

Sintering and heat treatment lines in powder metallurgy, ceramics, building materials, and other industries.